Workman&#39;s time and wage computing and recording apparatus.



F. SIMONS.

E COMPUTING AND RECORDING 'WORKMANS TIME AND WAG APPARATUS.

Patented Nov.' 8, 1910.

APPLICATION FILED APR.3,190B

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ltzzlezzoie 6&5220253 P. SIMONS. WORKMANS TIME'AND WAGE COMPUTING AND RECORDING APPARATUS.

APPLICATION FILED APR.3,1908. 975,296. Patented Nov. 8, 1910.

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"F. 'SIMONS. WORKMANS TIME AND WAGE COMPUTING AND RECORDING APPARATUS.'

1AIPLIOATION FILED APR.3,1908.

Patented Nov. 8,1910.

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WOBKMAN'S TIME AND WAGE COMPUTING AND BEGOBDI NG APPARATUS.

APPLICATION FILED APR.3,1908.

r -9 I v Patented Nov. 8, 1910.

m/ z'z F. smons. WORKMANS TIME AND WAGE COMPUTING AND RECORDING APPARATUS.

APPLICATION TILED APB.3, 1908.

975,296. Patented Nov.8, 1910.

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F. SIMONS.

-WORKMANS TIME AND WAGE GOMPUTING AND RECORDING APPARATUS.

APPLICATION FILED APILS, 1908.

FREDERICK SIMGNS, OF ST. LOUIS, MISSGURI.

WORKMANS TIME AND WAGE COM'BUTING AND RECORDING APPARATUS.

Specification of Letters Patent.

Patented No". 8, 1910.

Application filed April 3, 1908. Serial No. 424.904.

- To all whom it may concern:

Be it known that I. FREDERICK Snrozvs, a citizen of the United States of America, residing in the city of St. Louis and State of Missouri, have invented certain new and useful Improvements in \Vorkmens Time and Wage Computing and Recording Apparatus, of which the following is a full. clear, and exact description, reterenct-z being had to the accompanying drawings. formingpart of this specification.

My invention relates to an apparatus for use in computing. the time workmen are at work, and their wages, and for recording such time and wages by mechanical means operable through the medium of clock work that serves to furnish the power required for the various utilities in the apparatus.

The apparatus comprises means for computing and recording the actual time (hours and minutes) the workmen are at work during a given period; means for furnishing a correct. record at. any time of the amount of wages earned at any given rate; means for furnishing a complete and exact pay list at any required time; means for totaling a complete and exact pay roll at any time and for resetting the apparatus; and means for furnishing a record of the time of arrival and departure of the workmen for a single day one. series of days.

Figure I is a front elevation of the cabinet of my apparatus. Fig. II is in part a horizontal section through a portion of the casing oi the apparatus and in part a top or plan view of the main driving mechanism and one of the workmens individual eompining mechanisms. Fig. III is a front elevation of a series of the workmans individual com 'iuting mechanisn'is and the power transmission men'ibers directly associated with said computing mechanisms. Fig. IV is av view partly in elevation and partly in vertical section of one of the main horizontal transmission power shafts and the shiftable transmission wheel on said shaft. Fig. V is a view in part an elevation and in part a vertical section oi the main vertical transmission shaft and the shittable transn'iission wheel on said shaft. Fig. VI is an enlarged view in part a vertical cross section and in part an end elevation of one of the individual computing mechanisms and the con trolling devices associated therewith the controlling devices being shown in the positions assumed when the workmans time card in position to place said mechanism in operation. Fin. VII is a similar view to Fig. V1 with the recording ribbon omitted and the controlling devices in the positions assumed When the workmans time card is VIII is an enlarged view partly in front elevation and partly in vertical section of the mechanism shown in Figs. VI and VII as it appears when the parts of said mechanism are not in operation. Fig. IX is an enlarged view partly in end elevation and partly in vertical cross section of the ribbon operating members of one ot the individual computing mechanisms. Fig. X is a similar view to Fig. IX with the gear members shown in Fig. IX omitted. Fig. XI is a Ibox guides and spring supported bearing boxes therein. in which the pressure rollers ot' the workinans individual computing mechanisms operate. Fig". XII is an elevation of the pay list and pay roll and resetting mechanisms of the apparatus. Fig. XIII is an end elevation of the pay roll and resetting:- mechanism. with the casing of the apparatus shown partly in end elevation and partly in vertical cross section. Fig. XIV is an enlarged fragmentary view partly in elevation and partly in longitudinal section of two of the power transmission shafts leading to the pay list mechanisms and the yieldingconnection and dctentdevices associated with said shafts. Fig. XV is an en larged cross section taken on line XV-XV, Fig. XIV. Fig. XVI is in part a vertical section taken on line XVIXVI. Fig. XIV and in part an elevation of the transmission shatt detaining devices shown in Fig. XIV. Fig. XVII is a vertical cross section taken through the apparatus at the location of one set of the pay list devices. Fig. XVIII is an elevation showing the (ltlYiIIg members by which the pay list members shown in Fig. XVII are connected. Fig. XIX is an enlarged vertical section illustrating the supports at the front of the series of pay list members shown in Fig. XVII and the members by which impressions upon a pay list sheet may be secured. Fig. XX is an enlarged fragmentary view artly in elevation and pa rtl v in section of tie shaft that supalrint from the controlling devices. Fig.

vertical section through one of the bearing ports the driving members by which power is transmitted from the pay list operating mechanism to the pay roll mechanism, and the means by which said driving members are held from rotation upon said shaft when the mechanism is to be readjusted. Fig. XXI is XXI,

which an impression record is made fromsaid devices. Fig. XXIV is an enlarged end elevationof the pay roll strip receiving spool and the pay roll strip feeding mechanism.

Fig. XXV is an end elevation of the feed rolls of the pay roll strip operating mechanism and the means whereby the lower feed roll is movably supported. Fig. XXVI is an enlarged view in part a cross section and in part an elevation of main and counter shafts of one of the individual time and wage computing mechanisms, and the sprocket wheels mounted upon said shaft and geared to each other. Fig. XXVII is an enlarged elevation of one of the transmission'shafts of one of the individual coniputing mechanisms and the sprocket wheel 'Ii XXVII. Fig. XXIX is a View partly in elevation and partly in longitudinal section of the members shown in Figs. XXVII and XXVIII with the sprocket wheel in inoperative position. Fig. XXX is a front elevation of the mechanism utilized to furnish records of the time of arrival and departure of workmen. Fig. XXXI is a side elevation of the mechanism shown in Fig. Fig. XXXII isan enlarged vView partly in side elevation and partly in vertical section of the lower members of the mechanism shown in Figs. XXX and XXXI. Fig. XXXIII is a horizontal section taken on line XXXIII-XXXIII, Fig. XXXII. Fig. XXXIV is an elevation of one of the time cards utilizable in my apparatus.

In the accompanying drawings: 1 designates the cabinet within which the various mechanisms of my apparatus are arranged. At the front of said cabinet is a series of doors 2, see Fig. I, that are adapted to be held in a locked condition and which pro- -vide closures for a series of compartments in which the individual time and wage computing mechanisms of various workmen are contained. Each door 2 is of utility in con nection with a particular workman. and, in order that the workman, may. if he so desires, ascertain at any time the number of hours that he has worked within a given period, I provide each door with a sight opening 3, through which the record with in each particular workmans compartment may be viewed. Each door is further provided with a pocket 2 adapted to receive a workmans time card X, and a slot 4 through which the card is introduced into said pocket. 5 is a door located at the front of the cabinet 1 and which serves as a closure for a compartment in which the pay list devices of the entire number of workmen are contained.

6 and 7 are doors at one end of the cabinet, see Fig. XII, which serve as closures for a compartment in which the pay roll or totaling mechanism is contained. The doors 2, 5,. 6 and 7 are intended to be opened to gain access to the compartments which they serve to close, by. only some authorized person, such as, a time kee er or cashier, whose duty it is to take recor ing devices from the apparatus and replace them, adjust the parts of the apparatus and make such changes therein as may be necessary from time to time.

8 designates a clock mounted in the cabinet 1 and which may be of any ordinary construction. The minute hand shaft of the clock has fixed to it, within the cabinet 1, a miter wheel 9, see Fig. II, which meshes with a miter wheel 10.

11 is a sectional drive shaft to the prime section of which the miter wheel 10 is fixed, so that said section will constantly partake of the same movement as that partaken of by the minute hand of the clock and make one complete rotation in sixty minutes. The other section of the main drive shaft is adapted to be thrown into cooperation with the continuously operated prime section through the medium of a suitable clutch device, such as that shown in Fig. II, and- Which comprises a sleeve 12 feathered to one section of the shaft and a pin 13 in the other section adapted to be engaged by said sleeve. The clutch sleeve may be shifted into and out of position to connect the sections of the drive shaft by any suitable means when the mechanism of my apparatus is to be placed in operation at the beginning of a days work and be again shifted to disconnect the drive shaft sections and place the mecha nism of the apparatus out of operation at.

the end of a. days work. Upon the second ary drive shaft section is a miter wheel 14.

15 is a vertical main transmissionshaft journaled in suitable brackets 16 within the cabinet and which has fixed to it;a miter wheel 17 that meshes with the miter wheel 14.

18 is a stepped bevel transmission wheel feathered tothe vertical shaft 15 and which is adapted to be adjusted upon said shaft by a suitable shift lever 19.

20 is a horizontal transmission shaft that extends through one set or row of the compartments in which the individual time and Wage computing mechanisms are located, as will hereinafter more fully appear.

21 is a. bevel gear wheel feathered to the transmission shaft 20 and adapted to be shifted upon said shaft by a suitable shift lever 22. The bevel wheel 21 is adapted to be placed either in mesh with a miter gear 18 of the bevel gear wheel 18 or with either of a series of bevel gears arranged in stepped relation to said miter gear. When the bevel wheel 21 in mesh with the miter gear 18 and the vertical transmission shaft 15 is being driven by the drive shaft 11, a single rotation is imparted to the shaft 20 in a period of sixty minutes whereas, when said wheel 21 is in mesh with either of the other gears of the wheel 18 a differentiated degree of rotation is imparted to the transmission shaft 20. This is important in that the miter gear- 18 provides for the operation of the time and wage computing meclr anisms at straight time for day-work, and the other gears provide for such oper ation at time and a half for night work and double time for work on holidays.

23 is a supplemental vertical transmission shaft by which power is transmitted fronr the horizontal transmission shaft 20 to a series of supplemental horizontal transmission I shafts 24 which occupy positions in compartments containing workmens individual computing mechanisms located beneath the compartments through which the shaft 20 extends. The supplemental transmission shaft 23 has motion imparted to it similar to that imparted to the shaft 20 through the medium of a miter wheel 25 fixed to the shaft 23 and a miter wheel 26 fixed to the shaft 20, see Fig. I II. Motion is communieated from the shaft 23 to the supplemental transmission shafts 24 by miter wheels 27 fixed to the shaft 23 and miter wheels 28 fixed to the shafts 24.

29 designates the comparti'nents in which .the individual time and wage computing mechanisms are located. In each of these compartments is an independent mechanism that is opcrable by either the horizontal transmission shaft 20 or a supplemental horizontal transmission shaft. 24 according to the position of the compartment relative to the main driving mechanism which has been described. In each compartment 2!) and. upon the horizontal transmission shaft therein is a driving s irocl-zct wheel 3-30 from which power is communicated to the time and wage computing mechanism of the compartm'entr the said sprocket wheels being loosely mounted upon the shafts to which thev apply. as seen in Figs. XXVIII and XXIX. Each sprocket wheel 30 is provided with a chamber 531 and a toothed clutch ring 32 which is located at one end of the wheel and is held in a tixed position within the wheel by suitable means, such as a pin 33. see Fig. XXVlll. The teeth of the clutch ring 32 are located at the interior of the sprocket wheel so that they face the chamber 31 therein. and they are adapted to engage clutch pins 34- set in the shaft to which the sprocket wheel is applied and to which pins the ring 32 is normally held by a pressure spring 3.3 attached to the shaft.

'hen either of the transmission shafts 20 or 24 are in operation for the transmission of power to the individual computing mechanism, the shaft is turned in the direction indicated by the arrows, Figs. XXVII and XXVlII, while the clutch pins 34 are in positions in front of teeth of the tooth clutch ring 2-32. A this time the shafts serve to drive the sprocket wheels 30 with them during the rotations of the shafts in the proper directions to transmit motion to the individual computing mechanisms. Each sprocket wheel 30 is provided at its end opposite to that containing the toothed ring 32 with cam teeth 36 that extend in a circle around the shaft on which the sprocket wheel is mounted and which are arranged reversely relative to the teeth of the c utch ring 37 are cam teeth carriedby the shafts 20 and 24 and which are adapted to be engaged by the cam teeth 36, as seen in Figs. XXVII and XXVIII. The cam teeth 36 of each sprocket wheel 30 are in engagement with the opposing cam tooth 37 under normal conditions in the operation of my apparatus. and while the toothed clutch ring 32 of each sprocket wheel is in engagement with the clutch pin 3st of the correspomling shaft. but at this time the :am teeth do not perform any service. They are of a particular service that will be hereinafter pointed out,

The individual fa l/ac and wiry t2 compute'nyi meclumisms.'lliese mecnanisms, as before mentioned. are operable through the medium of the horizontal transmissioi'i shafts 20 and 24, and the driving sprocket wheels 30 thereon are all of like construction. I will thercfore describe in detail only one of such mechanisms.

38 is a counter-shaft that is rendered co-- operablewith the corrcspomling sprocket wheel 30 through tilt medium of a driving belt 39 applied to the sprocket wheel 30 and to a sprocket wheel it) upon said manner-shaft. The counter-shaft 38 is supported for vertical movement in journal. boxcs 41 that arc slidablv positioned in brackets 42. see Figs. VI, VII. VIII and XI. the journal boxes being yieldablv upheld by supporting springs 43. Iloon the counter-shaft 38 is a feed roller +1, see Figs. VII. VIII and X1.

4-5 is a computing ribbon that is adapted to travel upon the fccd roller 44 and which is fed by means to be presently exp ained. This computing ribbon is sub-divided into ings, Figs. II, III and VIII, where I have shown fractions of iive minute intervals.

'- For example. the con'iputing ribbon, as seen in Fig. VIII. as exposed to view thereon: fifteen hours and fifty minutes; fifteen hours and, fifty-five minutes; sixteen hours and no minutes; sixteen hours and five minutes.

-The division 47 of the computing ribbon contains parallel with the notations of hours and fractions of hours in the division 46 notations of wages in dollars and cents that are earnable by a workman at a given rate of pay per hour. The notations of pay progress in the division 47 in conformity with the progression of the notations of hours and fractions of hours in the division 46 so that the pay for any number of hours and fractions of hoursis shown opposite the notations of the period of time, whereby both the time and wages of a workman may be computed simultaneously.

It is to be here noted that I utilize differently prepared computing ribbons for workmen receiving different rates of pay and that the notations of wages in the divisions 47 of these ribbons differ in order that the amount of wages may progress more rapidly in one ribbon than win another for the same periods of time. For illustration If one workman receives pay at the rate of ten cents an hour the notations of wagesin dollars and cents in the division 47 of the computing ribbon used for this workman would be properly spaced according to the notations of time, hours and fractional parts of hours in the opposite division of the ribbon. Fora workman receiving pay at the rate of twenty cents per hour the notations of wages in the ribbon used would be more closely assembled in the division 47 of the ribbon and consequently the amount of wages shown in the ribbon during its operation in the apparatus will increase much more rapidly than the first mentioned ribbon to compute the wages of the second mentioned workman as correctly as they are computed by the first mentioned workman.

One end of the computing ribbon 45 is attached to a dispensing spool-48 and the other end of the ribbon is attached to a receiving spool 49. In order that the receiving spoolmaygbe caused to takeiip the ribbon as it is delivered from the dispensing spool,

by feed mechanism to be described, I provide a belt 50 that is operable upon said spools. This belt engages the spoolsby frictional cont-act only and therefore it may slip upon either spool when occasion demands, as is necessary, due to the variations in the diameters of the rolls of ribbon produced upon the spools 48 and 49 at different tunes.

During the unwinding of the computing ribbon from the dispensing spool and while the amount of ribbon upon the dispensing spool is greater than that upon the receiving spool, thecomputing ribbon is fed to the receiving spool and becomes wrapped loosely therearound until such time as the amount of ribbon upon the receiving spool becomes greater than that upon the dispensing spool when the conditions will be such that the receiving spool will take up more ribbon than that dispensed by the dispensing spool and as a result, the computing ribbon is tightened around the receiving spool. The computing ribbon in its passage from the dispensing spool 48 to the receiving spool 49 extendsover the pressure roller 44 u on the counter-shaft 38, as seen in Figs. I to X inclusive.

51 designates a pressure roller adapted to be mounted above the feed roller 44 carried bythe counter-shaft 38 and by which the computing ribbon 45 is fed when the time and wage computing mechanism is in operation. The pressure roller 51 is interchangeably mounted in the computing mechanism in order that it may be readily replaced by another roller, inasmuch as the roller used varies in diameter according to conditions to be hereinafter noted. The pressure roller 51 has spindles 52, 52, the former of which is adapted to seat in one of a series of sockets 53 in an end wall of the compartment in which the particular individual computing mechanism is located. Motion is transmitted from the counter-shaft 38 that carries the feed roller 44.to the pressure roller spindle 52 through the medium of spur wheels 54 and 55. The pressure roller 51 is designed to remain separated from the computing ribbon 45, see Fig. VIII, when any individual computing mechanism is not in operation, thereby preventing actuation of the computmg ribbon at such time, and it is moved to the ribbon to establish feeding action by means to be presently described.

56 is a shaft into alinement with which the pressure roller 51 is adapted to be moved. Feathered to the shaft 56 is a clutch sleeve 57 that is adapted to be moved into engagement with the pressure roller spindle 52'-, and which 13 provided with a pin 52 adapted to be engaged by said clutch sleeve 57.

The pressure roller 51 andth'e clutch v sleeve 57 are adapted to be moved into active positions by meanswhich are actuated upon v I v i 1 by the workmen s tune cards X when said cards are introduced into the pockets 2 of the doors 2 at the front of the compartments 29. These card actuated means will next be described.

58 is a spring arn secured to the rear wall of each compartment 29 and extending forwardly from said wall andover the stub shaft 52 of the pressure roll 51. This spring arm is provided with a loop or socket 59. see Figs. VII and VIII. in which the pressure roller spindle 52 rests and by which the pressure roller 51 is sustained in an uplit't ed position out of contact with the computing ribbon 4.5 when the workmcns time card is absent from the pocket 2. The s 'iring arm 58 extends into the pocket 2 and is 'n'ovided with a leg 60 which termii'uitcs at its lower end in a book 61 adapted to receive the workmcns time card w 1011 it is introduced into said pocket. The workmen, upon introducing the time card into the pocket, exerts downward pressure thereupon and as a consequence the spring arm 58 is depressed until the card only he slipped beneath a keeper 2 located above the pocket 2. atwhicli time the pressure roller 51 has been lowered into contact with the computing ribbon in) and into alinement with the shaft 56.

63 is a clutch sleeve operating arm that vertically positioned in the pocket 2 and pivoted to the rear wall of said pocket at (34. see Figs. III. VI and VII. This arm is provided with a horizontal member 5 which extends laterally in the pocket 2 in front of the computing ribbon l5. and which is provided. at its extremity with a hook (it; adapted to receive th workmcns time card when said card is intrmluced into the pocket and into engagement with the book of the pr ssure roller controlling spring arm as. The clutch sleeve operating arm t; provided with an extension (3? that is loosely titted to the clutch sleeve 57 and to which is connected a pull spring ($8, The pull spring just mentioned serves when the workmens time card is absent from the pocket E2. to draw the extension (57 laterally, thus causing the arm 63 to be swung upon its pivot (it. and during the time that the workmons time card is absent flOl'll the pocket the clutch sleeve 57 is retained in the retracted position shown in Fig. VIII under the influence of said spring. \Vhcn. however, the Worknien's time card is introduced into the pocket 2 it acts first by pressure upon the hook 61 of the spring arm 58 to lower said spring asm and cause the pressure roller 51 to be lowered into contact with the computing ribbon 45 and its spindle 52 to be in position. to receive the clutch sleeve 57. Then.

as the downward movement of the time card is continued said card acts by pressure upon the hook ('36 of the clutch sleeve operating arm 63, thereby lowering said hook from the position illustrated in Fig. VII to the position seen in Fig. VI. the movement of the card being suilicient to permit of the up per edge of the card being passed beneath the keeper 62. During such movement of the arm (33 the clutch sleeve is carried forwardly to embrace the spindle 52 of the pressure roller 51 and provide for cooperation of the shaft 56 with the pressure roller.

lVhen the described actions by the intro- 7 duction of the time card have been accomplished the pressure roller 51 is placed in such contact with the computing ribbon 45 to cause said ribbon to be fed by the combiued operation of said pressure roller and go the feed roller H. The feeding action of the computing ribbon will then take place in the proper manner to compute the time and wages of the workmen whose time card has been introduced into the \vorkuiens in- 3.5

dividual time card receiving pocket 2 I now come to the transfer mechanism leading to the pay list mechanism of my apparatus. This mechanism is operable through the. medium of the shafts 56 operso ated by the pressure rollers 51 of the individual time and wage computing mechanisms and to this end each shaft 56 is pio vided with a drive wheel (39 that receive belt 70, Figs. II. III and VI to Vlll elusive. 71 are transfer shafts extending from the compartnumts 29 containing the individual time and wage computing meehanisms to the compartment containing the pay list mechanism and which is located the pay list mechanisn'i is contained arcjournal brackets 73. see Figs. XII and XIV, in which said shafts are journaled.

74- designates feed shafts that are intermittently operated by the transfer shafts 71' and which serve as direct driving members for the my list mechanisms. These shafts receive alining pins 75 mounted in either the shafts T1 or '74 and said shafts are united by volute springs 76 each of which is connected at one endto one of the transfer shafts 71 and at the other end to the feed shaft 74 in alinen'ient therewith. as seen in Fig. XIV. 'lhe joining ends of the shafts 71 and 74 are inclosed within cylindrical housings '77 carricd by one of the shafts, said housings beins shown in the drawings as applied to the feed shafts T4 and being extended to a sufficient distance around the shaft 71 to entirely inclose the volnte springs 76. In order that a certain degree of resistance to the ro- The 105 aneans consist of toothed wheels 78 fixed to the feed shafts detent arms 79 suitably suptation of the feed shafts may be offered to l restrain them from constant rotation with l the shafts 71 and cause them to partake of a step by step movement, I provide the following restraining means. The restraining ported by attachment to the cabinet I and the free ends of points of which are adapted to be yieldingly held between teeth of the wheels '78 by springs 80.

The pay list wwcluorism.This mechanism, which is illustrated in Figs. XII, XVII, XVIII. XIX and XXIII, will next be described.

81 are wage indicating tapes which are companionable with the various time and wage computing mechanisms in the compartments 29 and each of which is secured at one end to a dispensing spool 82 and at, the other end to a receiving spool 83, see Fig. 1 XVII. These tapes have produced thereupon in amanner suitable to permit of impressions being made therefrom, designations of earnings-graded cent by cent see Fig. XXIII. The tapes 81 are operated through the medium of the pressure rollers 51 of the individual time and wage. computing mechanisms hereinbcfore described. and are caused to so travel that the designations thereon. which appear at; the front of the pay list mechanism. will al ways correspond to the wages indicated in the individual time and wage computing mechanisms. The tapes Si in being unwound from the dispensing spools 82 and wound upon the receiving spools 83, pass between the feed shafts 74, which are pref erably suitably covered at the points where they receive contact of the tapes, and pressure rollers 84 by which members of the tapes are fed. It is as well to here note the importance of causing the tape feed members: namely. the feed shafts 74 and the pressure rollers 84. to operate in a manner to always so impart travel to the tapes 81 that the wage indications thereon will appear singly at the front of the pay list mechanism, and it is for this reason that the feed shafts 74 are operated intermittently by the transfer shafts 71 that convey power thereto. In this connection it will be seen. by referring to Fig. XV, that the volutc spring 76. which is there shown in a posi- I tion of rest. is bowed slightly from the, shafts 71 and T l to which its ends are connected. Now. as the shafts 71 are operated by power communicated thereto by the pres sure rollers 51 of the individual time and 1 wage computing mechanisms said shafts act to exert pulling strains upon the volute springs. but inasmuch as the feed shafts 74 are richlingly restrained by the toothed? whccls TS and thc dctenl arms 79. said volute springs are gradually drawn to the shafts T1 and 74 until all of the slack present therein is eliminated, thereby causing the spring to exert a positive and unyielding action upon thefccd shat't Tl so that the restraint offered by the detent arm 79 corresponding to said shaft is overcome and the feed shaft is rotated quickly and positively to a certain degree-to operate the corresponding tape 81 so that the next succeeding wage indication thereon will be brought to view at the front of the pay list mechanism.

I have hereinbeforc mentioned that the pressure rollers 51. of the individual time and wage computing mechanisms are inter changeably mounted in said mechanisms and that the rollers used are of various diameters. These rollers are made of various diameters to provide for the operation of the various pay list mechanisms at dllferent speeds, the diameters of the rollers being proportioned according to the rates of wages paid per hour to dill'erent workmen. It is obvious that where the pressure rollers 51 vary from each other the spur wheels 55 'arried thereby also vary to provide for the difference in operation of the rollers by power communicated thereto in the individual wage computing mechanisms. To illustrate the operation of the pay list mechanisms by the interchangeable pressure rollers it will be .sumcd for example that one workman receives ten cents per hour for his labor and that another workman receives for his labor twenty cents per hour. For the first workman I utilize a pressure roller 51 to properly operate the pay list mechanism to which this roller corresponds according to the rate of pay per hour while for the other worlonan l utilize a pressure roller of a sufiiciently less diameter than the first roller so that this last pressure roller will act to drive the pay list mechanism-at a greater speed than the first mentioned roller and the notations of wages in the pay list mechanism will be properly and proportionately greater over those for the first mentioned workman.

To provide for the delivery and receiving spools S2 and 83 being properly operatedto pay oil and take up the tapes'81, I utilize belts 83. see Fig. XVIII. that, being loosely mounted upon the feed shafts 74 and the spindles of the spools 82 and S3. serve to communicate power from the feed shaft to said spools in a manner to permit slippage of the belts when necessary, due to the variations in the diameters of the rolls of tape occurring at different times upon the spools.

Atthe front pay list mechanism are ink pads 86. as most clearly seen 111 Fig. XIX,

located immediately back of the tapes which are normally held separated from the ink pads by rollers 87 carried by spring arms 88. To illustrate the utility of the tapes 8] in the prOductmn of the pay list I have shown at. 88-) a pay list sheet attached to a fixed portion 1 of the cabinet 1, see Fig. XXIII. This pay list may have written or printed thereon the names of the workmen for whom computations of wages are made and the sheet is adapted to be positioned so that blank spaces thereon will be. opposite to the names of the workmen which are in proper relation to the various tapes 81. lVhen an impression to denote the wages due the particular workmen is to be made upon the pay list sheet 9!) said sheet is moved from the position shown in Fig, XXIII to a position in front of the exposed portions of the tapes 81 upon which designations of wages due the workmen appear, and a roller or other suitable instrument is pressed along the back of the pay list sheet with the result of forcing the rollers 88 rearwardly and the tapes into contact with the ink pads 86 so that ink from said pads may be transferred through the perforations in the tapes S1 and onto the pay list sheet. The pay list sheet as shown in Fig. XXIII, is in the coi'ulition' in which it appears after the impressions just referred to have been carried out.

The )mji MN and rcscffin 'nmrJzrm./'sn1.- This mechanism is-shown in Figs. XII. XIII. XX. XXI, XXII. XXIV and XXV.

90 is a bearer shaft. that is mounted in suitable brackets or boxes 91. see Fig. XII.

92 are drums loosely mounted upon the bearer shaft i l and provided with gear wheels 92} that are engaged by members to be hereinafter more piirticulartv mentioned for the operation of the drums. The drums 92 correspond in number to the number of individual worlv'man's time and wage computiug mechanisms and each drum has sceured to it a tape 91. see Figs. XII and XXII. to the free end of which is attached a weight 97 The tapes 9-1 operate through stop bars 913 that also serve as guides for the tapes and to which the weights J3 are adapted to be elevated when the tapes are wound upon the'drmns 92 by means to be hereinafter described.

97 designates a winding shaft that is mounted in suitable bearing boxes 98 and eX- tends parallel with the drum-supporting bearer shaft 90. This winding shaft is provided with. a longitudinal groove 99. see l igs. XX to XXII inclusive.

100 are controlling wheels loosely mounted upon the winding shaft 97 and each of which is provided nternally with a 'plurality of grooves 101 adapted to receive. a

member to be hereinafter more particularly I 1 of the, cabinet 1, see lugs. XII, XXIV andv XXV, and to be held in a set position referred to. The controlling wheels 100 are arranged in mesh with the gears 93 of the drums 92 and power is transmitted to said controlling wheels by belts 102 that lead from driving wheels 103 fixed tothe feed shafts T4 at points beyond the pay l stmeehanism, as seen in Fig. XII. The wind ing shaft 97 extends to an end of the cabinet .1 and at its outer termination has fixedto it a driven wheel 104 that receives a drive chain 105 which is also mounted upon a drive wheel 106 that is arranged to be operatcd by a crank 10?. thereby providing for the rotation of the winding shaft 97 for a purpose to be hereinafter pointed out.

108 designates a pay roll ribbon upon which are characters indicating dollars and cents ranging as high as may be necessary to include the complete pay roll of the user of my apparatus. the designations upon the ribbon being graded cent by cent. as seen in Fig. XII. The pay roll ribbon is attached at one end to a dispensing spool 109 having a shaft 110 that is adapted to be operated by a crank handle 111 when the ribbon is to be rewonnd upon the dispensing spool. 112 is a receiving spool to which the other end of the pay roll ribbon is attached. The receiving spool is loosely mounted upon a shaft 113, that is mounted in brackets 11%. see Figs. XII. XIII and XXIV and wvhich serve also as a support for a guide roller ll5, that serves to direct the travel of the pay roll ribbon. The receiving spool shaft 113 has fixed to it a collar 116 and also a belt wheel 117 that is adapted to be operated by a belt. 118 fitted to said wheel and to a belt wheel 119 fixed to the winding shaft 97. The belt [1% acts to drive the shaft 113 when the winding shaft is rotated. and to provide for the winding spool 112 being driven by its supporting shaft. I secure to said spool a spring friction arm 120. see Fig.

-XXIV. that rests against the collar 116. .It will be seen when the shaft 113 and the collar 116 are rotated said collar will act by frictional contact with the arm 120 to drive the receiving spool in a manner to take up the pay roll ribbon as it is delivered thereto by feeding means to be described, and without any strain upon the ribbon, due to increasing size of the roll of ribbon as it is taken up by the spool. The pay roll ribbon 1.09 is adapted to be withdrawn from the dispensing spool 109 and delivered to the receiving spool 112 by feeding members operated through the medium of the windin g shaft 97 and which will now be setforth.

121 is a bracket arm secured to a Wall of the cabinet 1 beneath the Winding shaft '97 and above the receiving spool 113i;-

122 is a double armed rocker loosely mounted upon the bracket arm 121 and rovided with a handle arm 123 that is adapted to protrude through a slot 1 in a partition in said slot by a.1novab1e keeper or stop 124.

125 is a pressure roller having its shaft journaled in the'arinsof the rocker 122 and which is located immediately beneath the winding shaft 97. Upon the shaftof this on the ribbon are in pressure roller is a spur wheel 126 that meshes with a spur wheel 127 'fixed to the winding shaft. 128 is a feed roller carried by the winding shaft. This feed roller is located immediately above the pressure roller 125 and the pay roll ribbon passes between said feed roller and pressure roller so that when the winding shaft is operated the pay roll ribbon will be gradually drawn from the dispensing spool 109 in order that the characters upon the ribbon may be viewed through asight opening 1 in the cabinet 1, see Figs. I and XIII.

It has been hereinbefore stated that the winding shaft- 97 is provided with a longitudinal groove 99. This rod 129, see Figs. XII, XIII and XX to XXII inclusive, which is slid-ably fitted in the groove and which, throughout the main portion of its length, is of such widththat it does not extend beyond the periphery of the winding shaft. There is, however, at the inner end of the key rod a key 130, see Figs. XX and XXI, that is adapted to enter into the grooves in the various controlling wheels 100 upon the winding shaft for the purpose of locking them .to the shaft in order that when the shaft is rotated each Wheel may be turned individually therewith 'for a purpose that will be presently made plain. The key rod 129 is provided at intervals with notches 131 spaced apart according to the width of the controlling wheels 100 and which are adapted to receive a detent 132, see Fig. XX, that is carried by the winding shaft and through the medium of which the key rod is held from movement when its key 130 is in engagement with any particular controlling wheel.

In the practical use of my apparatus, the pay roll and resetting to the apparatus being placed in operation, so adjusted that the pay roll ribbon is wound in the main upon the dispensing spool 109 and the lowest denomination of characters proximity to the feed roller 128 and the pressure roller 125 between which the ribbons is to be fed. The mechanism is also so adjusted that the tapes 94 are wound upon the drums 92 so that they are in contact with the stop bars 90, as seen in dotted lines, Fig. XXII. Now, when the various workmans time and wage computing mechanisms are in operation, said mechanisms act to operate the transfer shafts 71 and the feed shafts 7-1 in a manner hereinbefore fully set forth, and as a consequence. the various belts 102 corre ponding to the individual computing mechanisms that are 1n operation transmit motion to the controlling wheels 100 motion of the shaft 71 and 74-, and said controlling wheels in turn transmit the motion to the drums 92 so that the tapes thereon are dispensed from the drums to a degree corregroove receives a key mechanism is previous according to the degree of r spending to that permissible by the operation of the time and wage computing mechanisms, and are drawn downwardly by the weights 95, as illustrated in Figs. XII and XXII.

\Vhen. at the end of any specified period, such. for instance, as a week, it is desired to secure, by the use of the pay roll mechanism, indication of the entirepay roll and also to reset the apparatus. the following operation is carried out. The key rod is shifted in the winding shaft 97 until its key portion is placed in engagement with one of haft 1s then rotated through the medium of the crank 107 and the gearing associated with it. As the winding shaft is rotated the key of the key rod acts to cause the controlling wheel. it engages to be carried with the winding shaft, whereby the controlling wheel in turn is caused to impart rotation to its companion drum the drum being continued until the tape 9-L is fully wound, or in other words, strikes the, corresponding stop arm 96. The key rod 129 is then shifted to move the key 130 to another controlling wheel corresponding to a drum 92 from which a tape 9% has been dispensed and this operation is continued until all of the tapes have been rewound. During the operation of the winding shaft for the purpose of rewinding the tapes 94, said shaft is rotated as each tape is rewound according to the degree of tape that has been dispensed fronrcach particular drum 92 and the feed roller 128 is rotated with said winding shaft. As a consequence, said feed roller is caused to operate in coujunc tion with the pressure roller 123 during each tape winding operation to a degree 92, the operation ofthe controlling wheels 100 and said winding that will cause. the pay roll ribbon 108 to be fed between saidrollers according to the computations of wages performed bythe various individual timev and wage computin; mechanisms of the apparatus, each computation being thus in turn added to the one preceding it upon the pay roll ribbon.

During the operation of the winding shaft for the actuation of the pay roll ribbon the parts of the apparatus leading to the pay roll and resetting mechanism are reset by imparting backward rotation to such parts. This resetting is accomplished 1 by the controlling wheels 100 each acting in its turn to drive the corresponding belt 102 reversely relative to its original movement so that it will impart rotation in reverse di rection to the corresponding feed shaft 7%. Said feed shaft then acts to rotate the transfer-shaft. 71 compani'onable with it, and the shaft 71 in turn acts to operate the individual time and wage computing mecha nism with which it is associated with the result of returning the computing ribbon 45 l of such mechanism to its original starting amass point. it is in this resetting action that the cam teeth 36 and 87 of the clutches upon the transmission shafts and 24 of the individual time and wage computing mechanisms are brought into action. counter-shaft 38 of each individual computing mechanism is rotated reversely in resettingwhich operates in conjunction with said counter-shaft has movement imparted to it but said belt is prevented from acting to drive the corresponding transmission shaft 20 or 24 through the medium of the sprocket wheel 30 thereon. This is due to the cam teeth 36 of said sprocket wheel coiiperating with the cam teeth 37upon the transmission shaft in a manner to shift the sprocket Wheel laterally upon the shaft against the action of the pressure springs 35 with the result of keeping the teeth of the clutch rings 32 out of engagement with the clutch ins 34 of the transmission shafts. The Oh ects in obviating the iinpartation of rotation to the transmission shafts 20 and 24% is to avoid the necessity of imparting rotation to the main power members of the appera tus during the resetting operation, inasmuch as actuation of these parts at such time would be of no benefit. In order that the main power members may not be operated during the resetting of the other mechanisms, l associate w th some one of the power shafts. a ratchet and pawl dev ce. Such a devlce is shown at. 28' associated with the transmission shaft 23, (see Fig. III.)

The time re steril ty meclaiz-nism.-'lhis mechanism is illustrated in XXX to XXXIII inclusive and it is in constant operation, due to itsbeing associated with the prime section of the main drive shaft. 11 that is operated directly by the minute hand of the clock used in the apparatus.

133 is a drive wheel fixed to the prime section of the main drive shaft 11, and 13 i is a belt operable upon said wheel.

135 is a counter-shaft upon which is a belt wheel 136 that receives the belt 134 to provide for the operation of said countershaft. The countenshaft has fixed to it .a driving wheel 137.

138 is an endless time ribbon containing designations of time counted by minutes and hours. The designations upon the time ribhon are preferably numerals or designations so produced upon' the ribbon that impressions may be secured therefrom and the time ribbon operates upon the drive wheel 137 and also upon an idler wheel 139 fixed to a sii )1.-tii1g shaft 14-0 that is journaled in boxes l i-1 spring supported in brackets 14-2. in order that the timeribbon may have a step by step movement imparted to it. so that it will remain at rest each interval of one minute, I provide retm'ding i'neans for the supporting shaft of the Wheel 13.), which As the.

mechanism, the driving belt 39 seen in Fig. XXX and it is means comprises a toothed Wheel to said shat, a pawl leiadjacent to and adapted to engage it, Wheel, and a spring 14.5 by which the pat-vi is held to the Wheel. The pavvi by its enan gagement with the Wheel, acts to restrain the shaft 140 from rotation until suiiicient pressure has been exerted by the toothed Wheel 1423 against the pawl to overcome its controlling spring, and the shaft are is th r perm tted to partake of a sudden. moi em sutliclent to carry the time ribbon a distance corresponding to the distance bet ween two ad o1n1 ng time designations on. the ribbon.

146 is a time card receiving frame justably positioned in front of the ti ribbon 138 and back of which the time bon 1s adapted to move in such m i it that the designations of time thereon back 0' frame constantly correspond to the t indicated by the clock used. in the a L L. The. frame 1&6 bears indications disposed a vertical column of tin days of the iveei adatoted adjusted vertically and upheld iii anv justed position by suitable means, sucl'iv retaining button 147 that passes through the frame and is seated in the cabinet of the paratus. The portion of the frame which in front of the time ribbon has A. M. and P. M. designations thereon and in and Cut designations beneath the as and P. M1 designations. This oortion the frame is also provided L guides 148,- one of which is notches 1.49.

150 is a card receiving slide that is positioned between the guides 148 an F with a suitable latch 151 that is adapted to engage the notched guide 148. 4

152 is an ink ribbon or other suitabie device that is arranged in front of the time ribbon 138 andback of the card. receiving frame 146, and is attached to spools 153.

154i is a platen located back of the with pair of p mise was receiving slide 150 and the stem 155 of whi. is loosely mounted in a bracket arm 1 conveniently attached to the cabinet. The platen and its stem are normally yieldinglv held in a retracted position by a re ractini; spring 157, see Fig. XXliLi, and the stern has projecting from it, and through the bracket arm, a pin 158.

159 is a throw rod rockably mounted in a bracket arm 160 and provided with a crani: arm ltll that. engages the pin The throw rod 159 also has fixed to it a hand lever 162 by which it may be rotated to im part forward movement to the platen-154i.

In the practical use of the time registering mechanism, the Workmens time receiving;

card frame 148 is adjusted vertically to properly position it according to each day ofthe week during the use of apparatus.

Each Workman, in registering the time of 1% his arrival and departure, either in the morning or afternoon, inserts his time card X into the card receiving slide 150 and exert pressure against the time ribbon and 5 carry it toward the time card with the ink ribbon 152 interposed between the time ribbon and time card. In doing this, the workman makes an exact impression of the time of his arrival or departure upon his time card.

Claims:

1. In an appaatus of the character described, 21 time controlled power mechanism. a series of individual wage computing mechanisms eooperable with said power mechanism, and pay list mechanisms separate from said computing mechanisms and cooperable therewith, substantially as set forth.

2. In an apparatus of the character described, a time controlled power mechanism, a series of individual wage computing mechanisms cooperable with said power mechanism, and pay list mechanisms separate from said computing mechanisms and cooperable therewith; said pay list mechanisms including impression members by which a record may be secured therefrom, substantially as set forth.

3. In an apparatus of the character described, the combinatlon with a time controlled power mechanism, of a wage computing mechanism cooperable with 'said power mechanism, comprising a movable computing ribbon, driving and pressure r011 ers for feeding said ribbon; one of said rollers being movable to separate it from said ribbon, and means for moving said movable roller to said ribbon, substantially as set forth.

4. In-an apparatus of the character described, the combination with a time controlled power mechanism, of a wage computing mechanism cooperable with said power mechanism, comprising a movable computing ribbon, driving and pressure-rollers for feeding said ribbon; one of said rollers being movable to separate it from said ribbon, and means for moving said movable roller away from said ribbon, substantially as set forth. I 5. In an apparatus of the character described, the combination with a time controlled power mechanism of a wage computing mechanism cooperablc with said power mechanism, comprising a movable comput ing ribbon, driving and pressure rollers for feeding said ribbon; said pressure roller bei ing movable to separate it from said ribbon,

said ribbon, substantially as set forth.

6. In an apparatus of the character described, the combination with a time con trolled power mechanism, of a wage computmechanism, comprising a movable compub mg ribbon, driving and pressure rollers for feeding said ribbon, the pressure roller bearm whereby said pressure roller may be moved to said ribbon, substantially as set j forth. I

T. In an'apparatus of the character described, the combination with time controlled power mechanism, of a wage computing 3 mechanism cooperable with said power mechanism, comprising a computing ribbon, drivin and pressure rollers for feeding said ri bon, the pressure roller being movable to and from said ribbon, .and a spring controlled arm by which said pressure roller is separated from said ribbon, substantially as set forth.

8. In an apparatus of the character described, the combination with time controlled power mechanism, of a wage computing mechanism ,cooperable with said power mechanism, comprising a computin ribbon, driving and pressure rollers for fee ing said which said pressure roller is so arated from said ribbon; said arm being at apted to receive means whereby it may be moved to carry said roller to said ribbon, substantially as set forth.

9. In an apparatus of the character described, the combination with a time con trolled power mechanism, of a wage computmechanism, comprising acomputing ribbon, a driving roller and a pressure roller for operating said ribbon, the pressure roller being movable to and from said ribbon and geared to said driving roller, and means by which said pressure roller may be held sepasubstantially as set forth.

10. In an apparatus of the character described, a time cont-rolled power mechanism, a series of individual wage computing mechand each including a computing ribbon, drivin means for operating said eomputing ri bon, pay-list mechanisms separate from and arranged for cooperation with computing mechanlsms having connection with said pay-list mechanisms, means for moving said computing ribbon driving means into operative positions, and means for detachably connecting said com uting ribbon driving means to said shaft, su stanvtially as set forth.

ing movable to and from said ribbon,-and an.

ribbon, and a spring controlled arm by" ing mechanism cooperable with said power rated from said ribbon and moved thereto,v

said computing mechanisms, shafts in said and means for moving said pressure roller to ing mechanism cooperable with said power anisms operable by said power mechanism 11. In an apparatus of the character-described, a time controlled power mechanism, a series of individual wage computin mechanisms operable by said power mec iauism and each including a computing ribbon, a member for opera ing said computing rib bon and which is movable to and from the computing ribbon. pay-list mechanism separat from and arranged for cooperation with said computing i'nechanisms, transfer shafts between said computing mechanisms and pay list mechanisms, means for moving said computing ribbon operating members into operative positions, and means for detachably connecting said computing ribbon operating members to said shafts; said last named means comprising clutches for uniting the shefts'and computing ribbon operate ing members, and means adapted to be ob:

erated to shift said clutches into operative posit-ions, substantially as set forth.

12. In an apparatus of the character described, a time controlled power mecha nism, a series of individual wage computing mechanisms operable by said power mechanism and including computing ribbons, members for operating said'com uting ribbons and which are movable to an iron: the computing ribbons, pay-list mechanisms arranged for cooperation with said com'pub ing mechanisms, transfer shafts between said computing mechanisms and said paylist mechanism, means for moving said Com l computing mechanisms for feeding said ribbuns, inl; supplying means adjacent to said ribbons, and means whereby said ribbons are normally held separated from said ink supplying means, subs antially. as set forth.

17. In an apparatus of the character described, a time controlled power mechanism, aseries of individual wage computing mechanisms coi perahlc with said power mecha- With said computing mechan sms and comprising impression 'ibbons, means for feeding said ribbons, inlt supplying means adjacent to said ribbons, spring arms adjacent to said ink supplying means, androlleis carried by said spring arms and, upon which i said ribbons tra el to hold them. normally tout of contact with said' ink supplying means. substantially as set forth.-

18. In an apparatus of the character de- Lscribed, a time controlled power mechanism, a, series of individual wage computing mechputing ribbon operating members into op;l anisms coiiperablc with said power mechacrative positions, clutches whereby said compitting ribbonoperating members are connected to said transfer shafts, and spr ng controlled arms adaptedcto be operated to shift said clutches. substantially as set Forth. 'lZ-l. In an apparatus of the character described. a time controlled mechanism, and a series of'individual wage computing mecha uisins coiiperable with said power mechanism; said time contiollcd mechanism in- (hidingstepped driving members whereby the speed at which the computing mocha.- nisms arcoperatcil may be varied to compute wages at different rates for specified periods. substantially as set. forth.

14. In an apparatus of the character described, a time controlled powcr meclmnism. a series of individual wage computing mechanisms cooper-able with said power mechanism. and pay list mechanisms separate from said computing mechanisms and comprising impression ribbons, and means oner able by said computing mechanisms for feeding said ibbons, substantially as set forth.

15. In an apparatus of the character described, a time controlled power mechanism, a series of individual wage computing mechanisms coiiperable with said power mechanism, and pay list mechanisms separate from 1 said comput ng mechanisms and comprising-.

impression ribbons, and means operpble by nism, transfer shafts cotiperable with said computing mechanisms, pay list mecha- !nisms, feed shafts by which said pay list mechanisms are operated, and means wherei by said feed shafts are yieldably connected i to said transfer shafts, substantially as set forth. f

3 19. In an apparatus of the character dcscribed, a time controlled power mechanism, l a series of individual wa gecomputing mechanisms cotiperable with said power mechanism, transfer shafts cooperable with said computing mechanisms, pay list mechanisms. feed shafts by which said pay list mechanisms are operated, and springs connecting said feed shafts to said transfer shafts. only stantially as set forth.

'20. In an apparatus of the character dcscribcd, a time controlled power mechanism, a series of individual wage computing mechanisms cotiperable with said power mechanism, transfer shafts cotiperable with said computing mechanisms, pay list mechanisms, feed shafts by which said pay list. mechanisms are operated, springs connecting said feed shafts to said transfer shafts,

stant-ially as set forth.

21. In an apparatus of the character dc- I scribed, a time controlled power mechanism, 1 a series of individual wage computing mechnism, and pay list mechanisms co'ciperablc' and a housing inclosmg said springs, su'o-- I impression ribbons, means operable by said anisms cooperable with said powq mechanism, transfer shafts coiiperable with said power mechanisms, pay list mechanisms, feed shafts by which said pay list mechanisms are operated, and volute springs connecting said feed shafts to said transfer shafts, substantially as set forth.

22, Inan apparatus of the character described, a time controlled power mechanism, a series of individual wage computing mechanisms cooperable with said ower mechanism, transfer shafts cooperaiile with said power mechanisms, pay list mechanisms, feed shafts by which said pay list mechanisms are operated, volute springs connect-- ing said feed shafts totsaid transfer shafts, and a housing inclosing said springs, substantially as set forth.

23. In an apparatus of the character de scribed, a time controlled power mechanism, a series of wage computing mechanisms cooperable-with said power mechanism, transfer shafts cooperable with said computing.

mechanisms, pay list mechanisms, feed shafts cooperable with said transfer shafts for op-' erating said pay list mechanisms, and restraining. means for yieldingly controlling said feed shafts to cause them to impart step by step movements to said pay list mechanisms, substantially as set forth.- 3

24. In an apparatus of the character described, a time controlled power mechanism,

mechanisms 00- a series of wage computin operable with said mec anism, transfer shafts coiiperable with said computing mechanisms, pay list mechanisms, feed shafts cooperable with said transfer shafts, for operating said pay list mechanisms,'and restraining means for yieldingly controlling said feed shafts to cause them to impart step by step movements to said pay list mechanisms; said restraining means comprising toothed wheels carried by the feed shafts, and sprin controlled pawls in engagement with saic toothed wheels, substantially as set forth.

25. In an apparatus of the character described, a time controlled power mechanism, a series of individual wage computing mechanisms coiiperable with said power mechanism. means for resetting said computing nn-chanisms after they have been operated, a pay roll ribbon, and means operable by said resetting means, whereby n'iovementmay be imparted to said pay roll ribbon to register the computations made by said computing mechanisms, substantially as set forth.

'26. ln an apparatus of the character described, a time controlled power meclmnism, a series of individual wage computing mechanism coiiperablc with said power mechanism; resetting mechanism cooper-able with said computing mechanisms, comprising a series of controlling men'ibers inoperable with said computing nn-chanisms, a series of E drums cooper-able with said controlling members, tapes carried by said drums adapted to be dispensed thcrefrom, and apay roll registering member arranged to be operated by said resetting mechanism, substantially as set forthl 27. In an apparatus of the character described, a time controlled power mechanism, a series of individual wage computing mechanisms coiiperable with. said power mecha-' ;-nism; and resetting mechanism coiiperable with said computing mechanisms, comprisin a series of controlling members cooperab e with said computing mechanisms, a series of drums cotiperable with said controlling members, tapes carried by said drums adapted to be dispensed therefrom, and a pay roll registering ribbon arranged to be operated by said resetting mechanism, substantially as set forth.

28. In a time actuated wage computing apparatus, a resetting and pa' roll mechanism comprising a .winding s aft, a series of controlling members loosely mounted upon said winding shaft, means for holding said controlling members individually from rotation upon said shaft, a series of drums cotiperablewith said controlling members tapesadapted to be dispensed from sai drums, a pay roll member, and means cooperable with said winding shaft for feeding said pay roll member, substantially as set forth. a i

29. In a time actuatedwuge computin apparatus, thecombination of aseries o -wage computing mechanisms, and a resettingand pay roll mechanism comprising a winding shaft, controlling members upon said winding shaft adapted" to be operated by said computing mechanisms, means oper ated by said controlling members for registcring the degree of operation thereof, a pay roll member, and means adapted to be actuated by said winding shaft for operating a said payroll member, substantially as set forth. r .110

30. 111 a time actuated wage computing apparatus, the combination with a series of wage computing mechanisms, and a resetting and pay roll mechanism comprising a winding shaft, controlling members .upon said winding shaft adaptedto be operated by said computing mechanisms, means open ated by said controlling members for registering-the degree of operation thereof, a-pay roll ribbon, and means ada ted to be actuated by said winding sha t for operating said pay roll ribbon, substantially as set forth. 9

2-3 In a time controlled wage computing apparatus. the combination of a series of 125 wage computing mechanisms, and resetting and pay roll mechanismcomprising av winding shaft, and a series of controlling members loosely mounted uponsaid winding shaft and adapted to be operated bysaid ing shaft and adapted to loclcsaid control.

erases registering the degrees to which they are l resetting means;

operated, means for locking said controlling members individually to said winding shaft, a pay roll member, and means adapted to be actuated by said Winding shaft for feeding said 7 set forth. k p

32. In a time controlled'wage computing apparatus, the combination of a series of" wage computing mechanisms, and a resetting and pay roll mechanism, comprising a winding shaft, a series of controlling membersloosely mounted upon said winding shaft and adapted to lie-operated by said computing mechanisms, means adapted to be "operated by said controlling members for registering the degrees to which they are operated, means for locking said controlling members individually ,to said Winding shaft, a pay roll ribbon, and means adapted to be actuated by said Winding shaft for feeding said pay roll ribbon, substantially as set forth.

33. In a time actuated wage computing apparatus, the combination of a series of wage computing mechanisms, and a reset ting and pay roll mechanism comprisinga winding shaft, and a series of controlling members loosely mounted on said winding shaft and arranged to be operated by said computing mechanisms, means adapted to be operated by said controlling members to register the degrees in which they are oper ated, a key shiftably mounted in said windling members individually to said shaft, :1 pay roll member, and mains adapted to be operated by said winding shaft for feeding said pay roll member,substantially as set forth.

34. In a .time actuated Wage computing apparatus, the combination of a seriesof an e computingmechanisms, and a resetting an pay roll mechanism comprising a winding shaft, and a series of controlling members loosely mounted on said winding shaft and arranged to be operated by said computing mechanisms, means adapted to be operated by said controllingmembers to reg-ister the degrees in which they are (merated, a key shift-ably mounted in said winding shaft and adapted to 'lock said controlling members individually to said shaft, 'a pay roll ribbon, and means adapted to be operated by said winding shaft for feedingsaid pay roll ribbon, substantially as set forth.

In an appa 'atus of the character described, a time controlled power mechanism, individual wage computing mechanisms cooperable with said power mechanism, means for resetting said computing mechanism pay roll member, substantially as ratus but adapted to remain inactive for after it has been operated, and a pay roll mechanism arranged to be operated by said said wage computing mechanisms being provided with transmission shafts operated directly by said power mechanism, and means carried by said transmission shaits arranged to transmit motion therefrom during the operation of the appsdriving action during the resetting of the apparatus, substantially as set forth.

36. In a time controlled wage computing apparatus, the combination of power mechains-m, an endless time impression member, means actuated by said power mechanism for operating said time impression member, a frame adjustable relative to the course of movement of said time impression member, a card holder supported by said frame, and means whereby impressions may be secured from said time'impression member upon a card placed in said card holder, substantially as set forth.

37. In a time controlled wage computing apparatus, the combination of power ineeha nisni, an endless impression time ribbon, means actuated by'said power mechanism Fe do for operating said time ribbon, a frame adjustable relative to the course of movement of said time ribbon, a cardholder supported by said frame, and means whereby'm'ipres-- sions may be secured from said tiin'e ribbon upon a card placed in said card holder, sub stantially as set forth.

38. In a time controlled wage computing apparatus, the combination of power mechanism, an endless time impression member, ,A

means actuated by said power mechanism for operating said time impression member, a frame adjustable relative to the course of movement of said time impression member, a card holder shii'tably mounted in said 't'rame for movement transversely thereof,

and means whereby impressions may be se cured from said time impression member upon a card placed in said card holder, substantially as set forth.

39. in a time controlled age computing apparatus, the combination of power mecha nism. an endless impression time ribbon, means actuated by said power mechanism for operating said time ribbon, a frame adjustable relative to the course of movement of said time ribbon, a card holder shift-ably mounted in said frame for movement trans versely thereof, and means whereby impressions may be secured from said time ribbon upon a card placed in said card holder, substantially as set forth.

SIMONS. in presence of Emitters HOGAN,

"1-. ca h. in C001, 

